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OpenStudy (anonymous):
@SolomonZelman .
OpenStudy (ilovecake):
Do you know where to start @KierseyClemons on your problem?
OpenStudy (anonymous):
no @Ilovecake
OpenStudy (anonymous):
Help anyone?
OpenStudy (e.mccormick):
Standard form will be something like a+bi
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OpenStudy (e.mccormick):
Been a whole since I converted them... as long as you used the proper formula based on the Euler relationship it should come out right.
OpenStudy (e.mccormick):
The radius times the cosine is the real part and the radius times the sone is the imaginary part.
OpenStudy (e.mccormick):
So at 5pi/6 we have \(\left(-\dfrac{\sqrt{3}}{2},\dfrac{1}{2} \right)\) Multiply the 4 through that and you get: \(\left(-\dfrac{4\sqrt{3}}{2},\dfrac{4}{2} \right)=\left(-2\sqrt{3},2 \right)\), so you will use those for your cos and sin.
OpenStudy (e.mccormick):
Do you see how I am getting that?
OpenStudy (anonymous):
I think so
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OpenStudy (e.mccormick):
Which that tells me 4squart(3) + 4i is not quite right. You are at double the values because of the canceling the half as shown in what I did.